What is the benefit of the Reticulum Hardware Abstraction Layer?

It allows the transport layer to remain hardware-agnostic, meaning the same application logic can run over LoRa, Ethernet, or satellite links without modification.

What interface types does this skill support?

It supports over 15 types, including RNode (LoRa), TCP/UDP, AutoInterface, I2P, Serial, KISS, Pipe, Weave, and Backbone interfaces.

Can this skill help with network security?

Yes, it provides detailed guidance on implementing Interface Access Codes (IFAC) to create authenticated, private virtual networks that drop unauthorized packets.

Does it support amateur radio protocols?

Yes, it includes specific knowledge for KISS and AX.25 KISS interfaces, making it ideal for amateur packet radio and TNC integration.

How does it handle different network roles?

It helps configure specialized Interface Modes such as Gateway, Access Point, Roaming, and Boundary to optimize how announces propagate through different network segments.

Reticulum Network Interfaces

Name: Reticulum Network Interfaces
Author: torlando-tech

bytorlando-tech

开发者工具

Manages and configures Reticulum's hardware abstraction layer and diverse interface types for resilient communication.

关于

This skill provides expert knowledge for developing with Reticulum's hardware abstraction layer, covering over 15 built-in interface types including LoRa (RNode), TCP/UDP, I2P, and local discovery. It guides developers through complex configurations like Interface Access Codes (IFAC) for virtual networking, mode-specific behaviors for roaming or gateways, and optimized announce propagation rules. Whether building off-grid mesh networks or high-speed internet backbones, this skill ensures Claude can implement efficient, secure, and interoperable communication links within the Reticulum ecosystem.

主要功能

Configuration guidance for 15+ built-in interface types including RNode, I2P, and AutoInterface
Implementation of Interface Access Codes (IFAC) for secure, authenticated virtual networks
Optimization of interface modes like Gateway, Roaming, and Boundary for specific topologies
Advanced troubleshooting for announce propagation rules and path discovery logic
Best practices for hardware abstraction to ensure code remains medium-agnostic
0 GitHub stars

使用场景

Implementing zero-configuration local network discovery and communication via AutoInterface
Setting up off-grid LoRa mesh networks using RNode devices and custom frequency parameters
Creating private virtual networks on shared physical media using passphrase-protected IFACs

关于

主要功能

Configuration guidance for 15+ built-in interface types including RNode, I2P, and AutoInterface
Implementation of Interface Access Codes (IFAC) for secure, authenticated virtual networks
Optimization of interface modes like Gateway, Roaming, and Boundary for specific topologies
Advanced troubleshooting for announce propagation rules and path discovery logic
Best practices for hardware abstraction to ensure code remains medium-agnostic
0 GitHub stars

使用场景

Implementing zero-configuration local network discovery and communication via AutoInterface
Setting up off-grid LoRa mesh networks using RNode devices and custom frequency parameters
Creating private virtual networks on shared physical media using passphrase-protected IFACs